Sea levels around the world are rising as a result of human-caused global warming.
Overall, global sea levels have risen about 10 centimeters from 1993 to 2023, as seen in this animation.
However, sea levels are also rising at an accelerating rate. Right now, global sea level rises about 0.17 inches (0.42 centimeters) per year. For comparison, the 1993 rate was 0.07 inches (0.13 centimeters) per year.
“Current rates of acceleration mean that we are on track to add another 20 centimeters of global mean sea level by 2050, doubling the amount of change in the next three decades compared to the previous 100 years and increasing the frequency and impacts of floods across the world.” – Nadya Vinogradova Shiffer, director for the NASA sea level change team.
Video Description:
Animation of blue ocean water level rising from 1993 to 2023. A vertical line shows change in sea level in increments of 10 centimeters and 5 inches. The animation starts in 1993 and, as it continues, the water sloshes up and down but continues an overall rising trend until the animation ends in 2023. By the end, the water level has risen just over 10 centimeters from where it started.
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Momentum in sustainable construction is uneven but accelerating as firms realign toward low carbon design, embodied carbon reduction and whole life carbon assessment. Mapei’s sector outlook places energy-efficient buildings and residential retrofits at the centre of recovery strategies, where life cycle cost and resource efficiency in construction drive both environmental and economic gains. These developments signal that decarbonising the built environment demands more than new projects; it relies on sustainable building design integrating circular economy in construction principles and eco-design for buildings that lower the carbon footprint of construction.
Despite this transition, data from the PMI indicate persistent weakness in traditional markets, intensifying the pressure on businesses to adopt sustainable building practices and green construction methods. Limited large-scale investment in net zero carbon buildings and low embodied carbon materials constrains growth. Financial fragility among small firms is slowing innovation in renewable building materials and circular construction strategies needed to achieve true net zero whole life carbon outcomes.
Practical demonstrations such as the adaptive reuse of Bacon Mews House exemplify sustainable architecture focused on embodied carbon in materials and end-of-life reuse in construction. These projects demonstrate how whole life carbon performance and lifecycle assessment can underpin sustainable urban development, transforming heritage spaces into low carbon buildings aligned with BREEAM and modern eco-friendly construction criteria. They prove that environmental sustainability in construction depends on measurable building lifecycle performance, not rhetoric.
Governments adopting circular economy policies and incentivising green building materials show that sustainable material specification and environmental product declarations (EPDs) can make decarbonising the built environment a market reality. Those clinging to outdated procurement frameworks risk undermining carbon footprint reduction and life cycle thinking in construction. The sector’s future resilience lies in embedding environmental impact of construction metrics into every phase, ensuring sustainable design delivers carbon neutral construction and low-impact construction from concept to completion.
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